CAS CI-6000A Series Manual Download Page 9

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5. Front Panel

1) VFD Display

■

Display Lamp(

▼

)

ZERO lamp

Current weight is 0 kg

ST lamp

Weight is stable

GROSS lamp

Current weight is gross weight

NET lamp

Current weight is net weight

TARE lamp

Tare weight is saved

HOLD lamp

Lamp is on when HOLD function is activated

Lamp is on only when “*” key is pressed. And F23 is
set to “1” in the set mode

* lamp

Automatic print should be set to “1” in set mode
(F41 = 1 or 2, F42 = 1)

Summary of Contents for CI-6000A Series

Page 1: ...2 ...

Page 2: ...atures 6 3 Technical Specification 7 4 Measure ofAppearance 9 5 Front Panel 10 6 Rear Panel 14 7 How to Install 15 8 Calibration Mode 16 9 Set Mode 24 10 Test Mode 43 11 Weighing Mode 47 12 Serial Interface COM1 COM2 63 13 Options 67 ...

Page 3: ...srecommendedtoreadthismanualcarefullyandtoapply thefunctionapplicationfully Precautions Observe the following safety precautions Warning When anydamageordefect occurs contact your CAS authorized dealerimmediately forproper repair Insertplugfirmly to walloutletto preventelectric shock Scale mustbe grounded to minimize electricitystatic This will minimizedefect or electric shock Donotpulltheplug byi...

Page 4: ...nation is possible Placethescaleonfirmand temperature consistent environment Keep the scale away fromthe electromagneticgeneration devices This may interfere with accurate reading Our Dealers CASfeelsthateachofitsvaluedcustomersshouldgetthebestservice available Whetherit stheinitialinstallationofourproduct maintenance repairwork orsimplyanswering questionsaboutourproducts CASCorporationandallofits...

Page 5: ...in Functions Save date time and calculated data at sudden power failure Various specification of weight conversion speed Digital filter function Various printer connection RS 232C Serial printer Tare weight setting with keys Storage of measured times Read Write Set point values 7 through the PC each to set point code 0 49 Read Write Set Mode values 23 through the PC External 6 relays for input 8 r...

Page 6: ...ed Maximum 200 times sec Digital Part Span Calibration Full Digital Calibration SPAC Single pass automatic span calibration Input Noise Under 0 3μVpp Input Impedance Over 10M Ω Display VFD 7 digit Size of letter 13mm Height Minimum division x1 x2 x5 x10 x20 x50 Displaybelowzero ZERO Current weight of 0 kg STABLE Weight is stable GROSS Gross weight is displayed NET Net weight is displayed TARE Tare...

Page 7: ...l Specification AC100 240V 50 60Hz Input DC 3 3V Digital Logic DC 24V External I O DC 5V Analog Load Cell Power AC 3 6V VFD Product Size 192 W x 189 D x 96 H Temperature Range 30 60 Product Weight Approx 2 4 kg ...

Page 8: ...9 4 Measure of Appearance ...

Page 9: ...table GROSS lamp Current weight is gross weight NET lamp Current weight is net weight TARE lamp Tare weight is saved HOLD lamp Lamp is on when HOLD function is activated Lamp is on only when key is pressed And F23 is setto 1 inthesetmode lamp Automaticprintshouldbesetto 1 insetmode F41 1or2 F42 1 ...

Page 10: ...or szero TARE Key Usedtoweighanitembyusingthecontainer Currentweightismemorizedastareweight IfyoupressTAREkeyinunloadcondition taresettingisreleased KEY TARE Key Whenyoualreadyknowthetareweight pressKEYTAREKey andentertareweightbypressingarrowkeysandsaveitbypressingENTERkey G N KEY Key Togglesthedisplaybetweengrossandnetweight G weightlampon grossweight N weightlampon netweight Iftareweightissaved...

Page 11: ...tmodeF23 0 Donotuse 1 PRINTKey 2 HOLDKey ENTER KEY Key Setset pointcodeforbatchingoperation 00 49 PresstheENTERkeyfor3secondsmoreandtakeoff YoucanselectthisfunctioninsetmodeF24 0 Donotuse 1 TOTALPRINTkey 2 STARTkeyforbatchingoperation 3 STOPkeyforbatchingoperation Incalibration test setmode Savecurrentconditionandexit ...

Page 12: ... 2 Switch DIP2 off After set mode it returns weighing mode Test mode Switch DIP 3 on Go to test mode SW1 DIP 3 Switch DIP3 off After test it returns to weighing mode It is used in calibration mode when zero value is high SW2 DIP 1 If you set DIP 1 to on zero value is decreased It is used in calibration mode when zero value is low SW2 DIP 2 If you set DIP 2 to on zero value is increased ...

Page 13: ...COM2 RS 232 cable 2 TxD 5 7 Gnd F36 1 2 function is enable to read only RS 485 422 cable 6 Rx 7 Rx 8 Tx 9 Tx F36 1 4 function is enable Set point to read and write LOAD CELL Port for connecting 4 wires 6 wires load cell External input ZERO TARE START STOP ENTER key CONTROLI O External output External output for batching operation OPTION When option is used please connect AC 100 240VAC are availabl...

Page 14: ...ethod PIN 1 EXC 2 SEN 3 EXC 4 SEN 5 SIG 6 SIG 7 SHIELD Note 1 Incaseof4wiresL CconnectEX withSEN andconnectEX withSEN Note 2 Wirecolorcanbedifferentdependingontheloadcell smanufactureroritsmodel 2 Power Adjusted to 220V 50 60Hz at factory If you want to use 110V adjust 110V 220V jump wire which is located in the inner part of CI 6000A ...

Page 15: ...ingmode 2 Availabe keys KEY Changethesetvalue keyincreasessetvalueand keydecreasessetvalue KEY Changethepositionofcursor keymovesonedigittoright keymovesonedigittoleft ENTERKEY Theprogramismovedintonextmenu 3 Calibration menu CAL1 CAL7 CAL1 Maximum capacity CAL2 Minimum division CAL3 Setting Weight CAL4 Zero calibration CAL5 Span calibration CAL6 Check Micro Span calibration CAL7 Weight Factor ...

Page 16: ...decimalpoint CAL 2 FUNCTION Minimum Division Set Range 0 001 50 KEY DISPLAY DESCRIPTION d 1 1 kg d 0 2 0 2 kg First decimal point d 0 05 0 05 kg Second decimal point Increase or decrease of number ENTER Saveandgotonext menu d 0 001 0 001 kg Third decimal point Note 1 The minimum division means the value of one division Note 2 Thevalueofonedivisionischangeddependingonthedecimalpoint Note 3 External...

Page 17: ...ro Calibration KEY DISPLAY DESCRIPTION Remove an item from the platter and press ENTER key Zerocalibration ENTER Zero calibration and next ZERO Only zero calibration TARE Onlyspancalibration CAL 4 Analog value of load weight state Zero calibration is finished You will go to span calibration CAL 5 automatically Note 1 IfZerocalibrationisdonewithoutanyerror Youwillgotospancalibration CAL5 automatica...

Page 18: ...errormessage Err24 isdisplayed Calibratewithlowerresolution Note 3 Ifthespanvalueishigh errormessage Err25 isdisplayed CAL 6 FUNCTION Check Micro Span Calibration KEY DISPLAY DESCRIPTION 500 0 Setting weight is shown on the display ENTER Save and gotonextmenu Check the setting weight and set SW1DIP1tooff Note 1 Confirmifthedisplayedweightisequaltothesettingweightthatyouhave setinCAL3andremovethewe...

Page 19: ... 7 FUNCTION Weight Constant Calibration KEY DISPLAY DESCRIPTION Enter password ENTER Exit FACtor Enter password Note 1 Users do not have to use this menu since it is used for calibration test without a weight ...

Page 20: ...weightforspancalibrationislowerthan10 ofthemaximum capacityoftheindicator Solution SettheweightforspancalibrationinCAL3tobegreaterthan10 ofthe maximumcapacity Error 23 Reason Theweightforspancalibrationexceeds100 ofthemaximumcapacity oftheindicator Solution Settheweightforspancalibrationtobewithinthemaximumcapacityof theindicatorinCAL1 Error 24 Reason Spanvalueistoolow Solution Loadcellisdamagedor...

Page 21: ...platterisempty RemovethesettingcoverandsetSW2DIP2toonsothatthezerovalueis increased Proceedcalibrationagainaftercheckingintestmode3 Error 27 Reason Zerovalueistoolow Solution Checkwhethertheplatterisempty RemovethesettingcoverandsetSW2DIP1toonsothatthezerovalueis decreased Proceedcalibrationagainaftercheckingintestmode3 Error 28 Reason Theweightisunstable Solution Checkwhetherloadcellisproperlycon...

Page 22: ...23 5 Sealing Method Sealing method of cal switch Sealing method of Load Cell Connector ...

Page 23: ...sandthenpressENTERkey 2 Availabe keys KEY Changethesetvalue keyincreasessetvalueand keydecreasessetvalue KEY Changethepositionofcursor keymovesonedigittoright keymovesonedigittoleft ENTERKEY Savecurrentsettingvalueandgotomenuselectionmode 3 Set Menu F01 F59 Generalsetting F01 DecimalPointAdjustment F02 WeighingUnit F03 AnalogtoDigitalConversionSpeed F04 DigitalFilter F05 MotionDetectionCondition F...

Page 24: ...ingDelayTimeofFinishSignal F20 MeasurementMode F21 Timer StartDelayTimeofFinishSignal F22 OffRangeofFinishSignal F23 AUseof key F24 AUseofENTERkey SerialInterface COM1 COM2 F30 DeviceID F31 COM1BaudRate F32 COM1Usage F33 COM1OutputMode F34 COM2BaudRate F35 COM2Usage F36 COM2OutputMode F37 OutputFormatofCOM1 COM2 F38 ParityBit PrintFunction F40 LineFeed F41 Printer F42 Automatic ManualPrint F43 Pri...

Page 25: ... SelecttheOption AnalogOut Option 1 4 20mA AnalogOut Option 2 0 10V BCDOut Option 3 F56 OutputLogicofBCDOut F57 AnalogOutputAdjustmentatDisplayZero F58 AnalogOutputAdjustmentatMaximumCapacity F01 F03 F05 F10 F18 F24 F40 F43 F50 F52 TheseitemsofSETMODEarepossibletobered writtenfromPC SetModeValues F11 F17 TheseitemsofSETMODEarepossibletobered writtenfromPC SetModeValues ...

Page 26: ...n t F03 FUNCTION A D Conversion Speed DISPLAY DESCRIPTION DISPLAY DESCRIPTION F03 0 20times sec F03 5 120times sec F03 1 40times sec F03 6 140times sec F03 2 60times sec F03 7 160times sec F03 3 80times sec F03 8 180times sec Setvalue 0 9 F03 4 100times sec F03 9 200times sec F04 FUNCTION Digital filter DISPLAY DESCRIPTION F04 10 10timeaveragevalue F04 50 50timesaveragevalue Setvalue 00 99 F04 99 ...

Page 27: ...etodivideitinto2onthedisplay F06 FUNCTION Automatic Zero Tracking Compensation DISPLAY DESCRIPTION F06 0 None F06 1 0 5digit F06 5 2 5digit Setvalue 0 9 F06 9 4 5digit Auto zero tracking will remove small variationsautomatically F07 FUNCTION Weight backup DISPLAY DESCRIPTION F07 0 WeightbackupisOFF Setvalue 0 1 F07 1 WeightbackupisON Note 1 Memorizethecurrentweightatsuddenpowerfailure F08 FUNCTION...

Page 28: ...amplinghold Computethemomentweightofoscillatingweights Note 1 YouhavetosetF23to2 insetmode Note 2 Theholdfunctionisreleasedwhenitisinzerorangeoroverloadautomatically Batching operation function F11 FUNCTION Zero Band Setzerobandvaluewhichwillbeusedinbatchingoperation F12 FUNCTION Optional Preliminary Weight Setoptionalpreliminaryweightwhichwillbeusedinbatchingoperation F13 FUNCTION Preliminary Wei...

Page 29: ...Timer Start Delay Time DISPLAY DESCRIPTION F18 00 Nodelay F18 01 0 1sec Setvalue 00 99 F18 99 9 9sec F19 FUNCTION Timer Operating Delay Time of Finish Signal DISPLAY DESCRIPTION F19 00 Donotuse F19 10 1 0sec Setvalue 00 99 F19 99 9 9sec Note 1 Thisfunctionisusedtodecidethetimeofsignaloutputwhichbatchingoperationis completed Note 2 YouhavetosetF19to00ifyouwanttousetheF22function IfF19 F22aresetanyv...

Page 30: ...9 F21 99 9 9sec Note 1 Thisfunctionisusedtodecidethedelaytimeofstart signalofoutputwhichthebatching operationiscompleted F22 FUNCTION Off Range of Finish Signal DISPLAY DESCRIPTION F22 00 Donotuse F22 01 Finishsignalisoffwhentheweightiswithinonedivision Setvalue 00 99 F22 99 Finishsignalisoffwhentheweightiswithinninetynine division Note 1 Thisfunctionisusedtodecidethesizeofoutputsignalwhichbatchin...

Page 31: ...N F24 0 Donotuse F24 1 TOTALPRINTkey F24 2 STARTkeyinbatchingoperation Setvalue 0 2 F24 3 STOPkeyinbatchingoperation Note 1 Itispossibletoprintkey COM1only Serial Interface COM1 COM2 Reference RS 232C Cable Connector Print Key F23 1 F24 1 Comm Spec Command COM1 2 3 5 7 TobesetF35 0 TxD RxD Read Write COM2 2 5 7 Stream Transmitweightwhenitisstable TxD Read RS 422 485 Connector Print Key F23 1 F24 1...

Page 32: ...tificationoftheindicatorwhensystemisconnected F31 FUNCTION Baud Rate of COM1 DISPLAY DESCRIPTION F31 0 600bps F31 1 1200bps F31 2 2400bps F31 3 4800bps F31 4 9600bps Setvalue 0 5 F31 5 19200bps F32 FUNCTION A Use of COM1 DISPLAY DESCRIPTION F32 0 Connectionwithsub displayorcomputer Setvalue 0 1 F32 1 Connectionwithprinter ...

Page 33: ... K N CR LF NET key Return the received D ID K S CR LF START key Return the received D ID K P CR LF STOP key Return the received D ID K B CR LF Print key Return the received D ID K C CR LF Total print key Return the received D ID K W CR LF Request weight data Return the received D ID H T CR LF Request set point SEND Format 2 D ID H Z 0 0 0 0 0 CR LF Zero band Return the received D ID H O 0 0 0 0 0 ...

Page 34: ...Response Format Note 1 All of Set Point Values are numeric without decimal point 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 D ID H A Set Point Code Zero Band 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 Opt Preli Weight Preliminary Weight Final Weight 34 35 36 37 38 39 40 41 42 43 44 45 46 Free Fall Weight Hi Limit Weight 47 48 49 50 51 52 53 Lo Limit Weight CR LF 0 1 2 3 4 5 6 7 8 9 10 11 12 ...

Page 35: ...mat 0 1 2 3 4 5 6 D ID S F CR LF Response Format 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 D ID S F F01 F02 F03 F05 F06 F07 F08 F09 F10 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 F18 F19 F20 F21 F22 F23 F24 F40 F41 F42 F43 30 31 32 33 34 F50 F51 F52 CR LF 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 D ID S F F01 F02 F03 F05 F06 F07 F08 F09 F10 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 F18 F19 F20 F21 F22 F23 ...

Page 36: ...S 422 485 DISPLAY DESCRIPTION F36 0 Nodataoutput F36 1 Streammode RS 232 RS 422 485 F36 2 Transmitonetimeonlyinstable conditionafterUnloadingtoaero RS 232 RS 422 485 F36 3 Transmitwhendataisrequired Signal deviceID F31 DeviceID RS 422 485 Setvalue 0 4 F36 4 CommandMode RS 422 485 Note 1 COM2connectorofrearplatehavetwomode OneisaRS 232 F36 1 36 2 mode AnotherisaRS 422 485 F36 1 F36 4 Note 2 in the ...

Page 37: ...it7 Stopbit1 Oddparity Printer Function F40 FUNCTION Line Feed DISPLAY DESCRIPTION F40 1 1Linefeed Setvalue 1 9 F40 9 9Linefeed F41 FUNCTION Printer DISPLAY DESCRIPTION F41 0 Donotuse F41 1 CASTOPprinter P202 Setvalue 0 2 F41 2 CP 7000SeriesPrinter CP 7000D P CP 7024P F42 FUNCTION Automatic Manual Print DISPLAY DESCRIPTION F42 0 Manualprint Setvalue 0 1 F42 1 Automaticprint Note 1 If F42issetto1 p...

Page 38: ...lized to 001 after total printing or power off and on F44 FUNCTION Input user s Information to Printing Format DISPLAY DESCRIPTION P12 065 Set A ASCIIcode65 in12 th data P00 032 Setblankto0thcharacter This0thcodedecidestoprintdeadmessage Usedkey Data Designation key Increase coordinate P18 255 Set255to18thcharacter Thiscodeindicatestheendofdatatobeprinted Note 1 You can add user s information in p...

Page 39: ... 4 52 D 68 T 84 d 100 t 116 37 5 53 E 69 U 85 e 101 u 117 38 6 54 F 70 V 86 f 102 v 118 39 7 55 G 71 W 87 g 103 w 119 40 8 56 H 72 X 88 h 104 x 120 41 9 57 I 73 Y 89 i 105 y 121 42 58 J 74 Z 90 j 106 z 122 43 59 K 75 91 k 107 123 44 60 L 76 92 l 108 124 45 61 M 77 93 m 109 125 46 62 N 78 94 n 110 126 47 63 O 79 _ 95 o 111 END 255 F45 FUNCTION Date Change KEY DISPLAY DESCRIPTION key EnterData 02 01...

Page 40: ...Setvalue 0 1 F50 1 EnableexternalSet pointinput F51 FUNCTION Load cell type DISPLAY DESCRIPTION F51 0 CompressionorTensionLoadcell 0mV 40mV Setvalue 0 1 F51 1 CompressionandTensionLoadcell 20mV 20mV F52 FUNCTION Buzzer On Off DISPLAY DESCRIPTION F52 0 AlwaysBuzzerisON Setvalue 0 1 F52 1 AlwaysBuzzerisOFF ...

Page 41: ...SPLAY DESCRIPTION F56 0 PositiveLogic Setvalue 0 1 F56 1 NegativeLogic F57 FUNCTION Analog Output Adjustment at Display Zero DISPLAY DESCRIPTION L 00000 0mA 0V L 04000 4 000mA 2V Setvalue 0 4000 L 04015 4 015mA 2 007V F58 FUNCTION Analog Output Adjustment at Maximum Capacity DISPLAY DESCRIPTION H 10000 10mA 4 16V H 20000 20 000mA 8 33V Setvalue 0 24000 H 24000 24 000mA 10V ...

Page 42: ...ST2 VFDdisplaytest TEST3 A Dconversiontest TEST4 Serialinterfacetest COM1 COM2 TEST5 Printertest COM2 TEST6 Externalinput outputtest TEST7 AnalogOutTest Option TEST8 BCDOutTest Option TEST 1 FUNCTION Key test KEY DISPLAY DESCRIPTION ENTER Go to menu Selection mode tESt 1 TEST 1 condition Other keys Perform test 1 1 Press any key to test then the display shows its number and code Note 1 External in...

Page 43: ...ck the connection of load cell TEST 4 FUNCTION RS 232C test with computer COM1 KEY DISPLAY DESCRIPTION tESt 4 TEST 4 condition 00 00 Wait for transmission and reception 03 00 Transmit 3 Receive none TransmittoPC after increasing value TransmittoPC after increasing value ENTER Go to menu Selection mode 08 49 Transmit 8 Receive 1 Note 1 Do this test in Hyper Terminal of PC after the connecting seria...

Page 44: ... is displayed if the printer connection is done correctly Note 4 The test output format of printer is as follows Computer Aided System CAS Corporation TEL 82 2 2225 3500 FAX 82 2 475 4668 TEST OK TEST 6 FUNCTION External input output test KEY DISPLAY DESCRIPTION tESt 6 TEST 6 condition Moveexternal Output External input Shows external key ENTER Go to menu Selection mode In1oUt3 In1 If you press 1 ...

Page 45: ...0mA Outputhighvalue 20mA Outputhighvalue 20mA ENTER Go to menu Selection mode Zero ZEro Output zero value Adjust to 4mA TEST 8 FUNCTION BCD Output Test KEY DISPLAY DESCRIPTION tESt 8 TEST 8 condition ALL ON The state of All Output is ON Defult AlloutputisON AlloutputisOFF ENTER Go to menu Selection mode ALL OFF The state of All Output is OFF ...

Page 46: ...itbypressingthe ENTERkey 1 Togglesbetweengrossweightandnetweight 2 YoucanprohibitusingofkeyboardbypressingG Nkeyfor4sec tousekeyboardagain pressG Nkeyfor4sec 1 isusedinvariousway 2 Usedtoinputtheset pointvalueforbatchingoperation Press keyfor2seconds 3 Youcanselectthiskey sfunctioninSETmodeF23 0 Donotuse 1 PRINTKey 2 HOLDKey 1 ENTERkeyisusedinvariousway 2 Youcanselectthiskey sfunctioninSETmodeF24 ...

Page 47: ... 20 input isusedinvariousway SetthiskeyinSETmodeF23 21 ENTERinput isusedinvariousway SetthiskeyinSETmodeF24 22 23 Buffer EnabletoaddtheKeyfunction External output Relay contact PinNo SIGNALLINENAME PinNo SIGNALLINENAME 3 Zerobandsignaloutput Out1 7 Highlimitsignaloutput Out5 4 Optionalpreliminaryoutput Out2 8 Lowlimitsignaloutput Out6 5 Preliminaryoutput Out3 9 Finishsignaloutput Out7 6 Finalweigh...

Page 48: ...oint Code Number 49 in weighing control Second way You can enter set point by using RS 232C RS 485 Communication Refer to SET Mode In the case of F33 4 or F36 4 Command Mode How to clear the Set Point value 00 49 After input F88 in the SET Mode press ENTER key and can see the Factor and 0000 on the display After input 2007 and ENTER key can see the SP init In a few seconds can see the message of E...

Page 49: ...TEP2 2 00000 OptionalPreliminary Inputfirstweight PrELiM STEP3 3 00000 Preliminaryweight InputPreliminaryweight FinAL STEP4 4 00000 Finalweight Inputfinalweight FALL STEP5 5 00000 FreeFallWeight Inputfreefallweight H LiMit STEP6 6 00000 HighLimitWeight Inputhighlimitweight L LiMit STEP7 7 00000 LowLimitWeight Inputlowlimitweight Second way F50 0 Enter set value from F1 to F17 in set mode F11 Zero ...

Page 50: ...ionalpreliminaryweight COMMON Preliminary weightoutput NETweight Finalweight Preliminaryweight COMMON Finalweight Output NETweight Finalweight Freefallweight COMMON Highlimitweight Output NETweight Finalweight Highlimitweight COMMON Lowlimitweight Output NETweight Finalweight Lowlimitweight 7 Batching Operation You can select batching operation method in set mode F20 a USER PROGRAM CONTROL MODE No...

Page 51: ...52 Normal Batching Diagram Loss in Weight Batching Diagram ...

Page 52: ...53 USER PROGRAM CONTROLMODE Normal Batching ...

Page 53: ...H LIMIT OUTPUT It is ON when the net weight is greater than the weight Final High limit after third output is ON 6 LOW LIMIT OUTPUT It is ON when the net weight is greater than the weight Final Low limit after third output is ON 7 FINISH SIGNAL When weight is stable It is ON after passing the certain time of start delay You can set start delay time in set mode F21 It is OFF after passing the certa...

Page 54: ...55 USER PROGRAM CONTROLMODE Loss in Weight ...

Page 55: ... is more than the weight Final Free fall 5 HIGH LIMIT OUTPUT It is ON when the net weight is greater than the weight Final High limit after third output is ON 6 LOW LIMIT OUTPUT It is ON when the net weight is greater than the weight Final Low limit after third output is ON 7 FINISH SIGNAL When weight is stable It is ON after passing the certain time of start delay You can set start delay time in ...

Page 56: ...57 AUTOMATIC PROGRAM CONTROLMODE Normal Batching ...

Page 57: ...Free fall 6 HIGH LIMIT OUTPUT It is ON when the net weight is greater than the weight Final High limit after third output is ON 7 LOW LIMIT OUTPUT It is ON when the net weight is greater than the weight Final Low limit after third output is ON 8 FINISH SIGNAL When weight is stable It is ON after passing the certain time of start delay You can set start delay time in set mode F21 It is OFF after pa...

Page 58: ...59 AUTOMATIC PROGRAM CONTROLMODE Loss in Weight ...

Page 59: ...hen the net weight is greater than the weight Final Free fall 6 HIGH LIMIT OUTPUT It is ON when the net weight is greater than the weight Final High limit after third output is ON 7 LOW LIMIT OUTPUT It is ON when the net weight is greater than the weight Final Low limit After third output is ON 8 FINISH SIGNAL When weight is stable It is ON after passing the certain time of start delay You can set...

Page 60: ...ondition of ZERO key or TARE key not to operate when the indicator is not stable Solution Reset the operating condition of ZERO and TARE key in SET mode F09 Error 09 Reason Current weight deviates from zero range Solution Set the operational range of the ZERO key within 2 or 10 of the maximum capacity in SET mode F08 Error 10 Reason Tare weight exceeds the maximum capacity of the scale Solution Ta...

Page 61: ...ight in Loss in weight batching of Built in automatic program mode OVER Reason The weight is exceeds maximum capacity of the indicator Solution Do not load the item exceeds the maximum tolerance If the load cell is damaged the load cell should be replaced ...

Page 62: ...a is required Command mode COM1 COM2 Data Format F37 Data Out Format 22bytes and 10bytes of CAS 18bytes of AND 22 bytes of CAS Data bit 8 Stop bit 1 Parity bit None Code ASCII When the data is sent to computer Select in SET mode Transmitalways 1isselectedinF33 F36 Transmitwhenweightisstable 2isselectedinF33 F36 Transmitwhendataisrequired 3isselectedinF33 F36 Indicator print output format when comp...

Page 63: ...If 13 5kg EachASCII code 0 0 0 0 1 3 5 is transmitted by 8 byte Output error message Byte1 Byte2 Byte3 Byte4 Byte5 Byte6 Byte7 Byte8 Byte9 E R R Errorcode CR LF 10 bytes of CAS Data bit 8 Stop bit 1 Parity bit None Code ASCII Transmission data format 10 BYTE 18 bytes of AND Data bit 8 Stop bit 1 Parity bit Even Code ASCII Transmission data format 18 BYTE DATA 8byte CR LF US Unstable GS GROSS weigh...

Page 64: ...Ready ㅇ 7 Request to Send ㅇ 8 Clear to Send 9 pin port Male 9 pin port Female RS 232C port of Cl 6000A Serial port of computer COM1 PC RXD ㅇ ㅇ Transmit Data TXD ㅇ ㅇ Receive Data GND ㅇ ㅇ SignalGround 9 pin port Male 9 pin port Male RS 232C port of Cl 6000A RS 232C port of PC COM2 Sub display Serial Printer TXD ㅇ ㅇ Receive Data GND ㅇ ㅇ SignalGround 9 pin port Male Port of sub display serial printer ...

Page 65: ...putMode Stable StableorUnstable Commandmode Data Format Same to the RS 232C interface Only Tx of Indicator How to connect to the RS 485 port Rx IN Tx OUT DATA TRX Rx IN Tx OUT DATA TRX RS 232C PC 9pin port Male RS 485 Convertor RS 485portofCI 6000A How to connect to the RS 422 port TX Out Rx TX Out Rx RX IN Tx RX IN Tx RS 232C PC 9pin port Male RS 422 Convertor RS 422portofCI 6000A ...

Page 66: ...erature Coefficient 0 01 Maximum Load Resistor 500Ω MAX When the display weight is 0 the output current is 0mA or 4mA When the display weight is maximum capacity of the indicator the output current is 20mA or 24mA To use current to voltage If you add a 250Ω shunt resistor voltage output will be 1 5V or 0 5V or 0 6V 250Ω 4mA 250Ω 20mA Shunt Resistor 15V HI LO ...

Page 67: ...evalueswhatyouwanttooutintheSETMODE F57 F58 FixingorFlexibility Setting Set Mode SW4 SW5 SW1 SW2 F57 Min F58 Max Output Current 1 1 0 24mA 0 1 0 20mA Flexibility 1 1 1 0 0000 24000 4 20mA WhenyouusetheFlexibilityMode SW4 SW5 1 youselecttosetthesettingswitcheswhatyouwanttoout Iftheoutputcurrentisnotcorrect youneedtoadjustthevolumeresistorsofVR1 VR2 VR1isusedtoadjusttozerovalue VR2isusedtoadjusttoMa...

Page 68: ...0 01 The output voltage is 0V when the display weight is 0 And the output voltage is 10V when the display weight is maximum capacity of the indicator FixingorFlexibility Setting Set Mode SW4 SW5 SW1 SW2 F57 Min F58 Max Output Current Flexibility 0 0 0 0 0000 24000 0 10V You have to set zero 0 of the SW1 SW2 SW4 and SW5 SW1 SW2 Output 0 0 0 10V ...

Page 69: ...ss 2 1 x 10 0 27 N C 3 2 x 10 0 28 N C 4 4 x 10 0 29 N C 5 8 x 10 0 30 N C 6 1 x 10 1 31 N C 7 2 x 10 1 32 N C 8 4 x 10 1 33 N C 9 8 x 10 1 34 N C 10 1 x 10 2 35 N C 11 2 x 10 2 36 N C 12 4 x 10 2 37 External Vcc 13 8 x 10 2 38 N C 14 1 x 10 3 39 External Vcc 15 2 x 10 3 40 N C 16 4 x 10 3 41 N C 17 8 x 10 3 42 High Low 18 1 x 10 4 43 Decimal point 10 1 19 2 x 10 4 44 Decimal point 10 2 20 4 x 10 ...

Page 70: ...ative logic 2 Polarity output High 3 OVER output OVER High 4 BUSY output BUSY High Standard Accessory Mating connector 57 30500 Amphenol Male 1EA Weight Data BCDoutputcircuit CI 6000A1 V Current Output Voltage when ON Voltage V V 0 2V Txp 30mA max 30V max BCD output circuit is Open Collector Type WEIGHT DATA BUSY SIGNAL ...

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